1) viscous torque
粘性力矩
1.
Firstly, the formulas of the viscous torque and inertial torque acting to 1C in the Guo(1989) are deduced again, and some flaws in the deduction are corrected.
具体内容包括:重新推导了Guo(1989)中作用在内核上的粘性力矩和惯性力矩的公式,改正了其中一些推导错误;将Guo(1989)与Mathews等人(1991)研究内核转动的两种不同方法进行了比较,建立了二者之间的关系:将Guo(1989)所给出的粘性外核的流动与Busse(1970)及Kakuta等人(1975)所给出的无粘性外核的流动进行了比较;作为对Guo(1989)的补充,推导了核幔界面处的边界层流动及作用在地幔上的粘性力矩。
2) viscosity moment
粘滞力矩
1.
This paper discusses the influence of side viscosity moment,end viscosity moment and frictional moment on the experiment,and induces the calculation formula of end viscosity moment.
就“转柱法测液体粘度”实验中的侧面粘滞力矩、端面粘滞力矩和摩擦力矩对实验的影响进行了讨论;特别是导出端面粘滞力矩的计算公式,用它进行误差修正效果明显。
3) measuring totor of viscosity moment
粘性力矩测量转子
4) viscous force
粘性力，粘滞力
5) viscosity stress
粘性应力
1.
The conclusion is that sheering and radial stress are dominant in viscosity shearing force, and that Reynolds stress is larger than viscosity stress in turbulent flow, and the multiple is the Reynolds number.
由分析可知在粘性应力中,切向和径向剪切应力占主导地位;而在湍流条件下,雷诺应力是粘性应力的若干倍数,此倍数在量级上即为雷诺数。
6) viscous force
粘性力
1.
The viscous force and the inertia force were interacted alternately,which drived micro-fluid flow,thus the mid-flow sprayed out.
提出数字化无阀微泵内的微流体概念,该微流体受外加周期性扰动,其边界流和中间流间产生速度差异,由于粘性力、惯性力交替作用,使微流体运动,中间流克服表面张力的作用得以喷射出去,实现数字化无阀微泵泵送。
2.
The studies analyzed the relative importance of the inertial force to the viscous force and the flow and heat transfer in natural convection in a square cavity with Ra ranging from 1 to 108.
为了澄清微尺度自然对流与宏观大尺度的联系和区别,用数值模拟的方法研究了不同尺度(瑞利数Ra=1～108)下方腔自然对流中惯性力与粘性力之比。
3.
The normal viscous force between two arbitrary rigid spheres with an interstitial power law fluid was studied in order to establish model for wet granular materials using the Discrete Element Method.
为了建立湿颗粒系统的离散元模型 ,研究了两刚性圆球颗粒间的幂律流体在挤压流动时产生的法向粘性力 ,并导出了任意球颗粒间的压力分布和法向粘性力的积分表达式 ,并可证明此粘性力表达式可以退回到牛顿流体情形。
补充资料：纯轧力矩(见轧制力矩)
纯轧力矩(见轧制力矩)
net rolling torque
ehunzha iiju纯轧力矩(net rolling torque)见轧制力矩。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条